PI0014804 (gene) Melon (PI 482460) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGTCTATGTCTCTTCTTGAATTCATTACCATTTTGGTGCTTTTCGATTCCCTGTGCTTCTCATCTCGTCTCTCTACTGCTTCGCCGCTCAATCACCAGTATAATGTCGGAGATCCCGTTCCGTTATTCGTCAACAAGGTCGGACCTTTGACCAACCCCAGGTAGTTCATTCCAATCCCTTTCCTTTACTAATTTGACCTTCTTTCTAATTAATTGATTTGTACCCGTCATAAGCCTTGTGACTCTGAAGTAGTGATGTGAGAAATTTGAACTGCGTTGAAAATTGTTGTGTCCATGAGTTCTTAACTAAGATCATATCTGTGTATAGGTTTAGAGTAGATTGTACTGAAGTTAGATGAACATAAGAGATGAAACATTGAAATTAATACAAATGTGGAAAAACTATTCTTCTTCTTGTCATGTCTTATTGAATAACTCTTGGAACTACATTTTCAACATATTGCTCATTTTTTGGAACCGATATGCACTGAGGAAAGCAGGGGATTCCTCCCTGTGCCGCTGTGTCCAATCCTTGTAGCTTTACCAATGAGGTTCTCGTGGACTAGTTTATAAACATTACAAATGTTGACTTTGTTGTTGGAGCAAGAATGCCATTTTAACTTATTTGAGACCAAGTCCAGCCTTTTATTGAATTTGTTCTCTTTCTCTATCTTTTGTATCTTGCTTCCGCTTCAGTCTTATTGTTTACTTCATTTCCAATTTGCTTGCAGTGAGACCTACCAATACTATGAATTACCGTTCTGCCGTCCAGGTTAGCCTTTCAAAGGAGCGTAATTGGAAAAATTTCATGTTTTAGTAGATATTAGTGCTATTTGACGATATGGGACACCAAGGCTTTAGGTCACTTTTCAAATATATGCTACTTAATTGCTAAAGTTGCATTGGGATTTAAATTTGTTCGTGGTTTTCCTCCTTTAGAATTTTGAATTGTATGAGCTTCCTGTAGGGTAGGGATATTCAGTTGTCTGTAAACATGTTGGTTTTGTTAAGTTATCCTATTTTAGAATCACTTTTGTTGCATTTTCTTTATATATGGAATAGTCTGTTTGAAGGTCTTCTCCTTAGCTTGCAGATCCAGTAGTCCAAAAGAAAGCAACCTTGGGGGAGGTTTTAAATGGTGATCGGCTGAGTGGTGCCTTGCATGTGATAAAATTTAGGGAAGAGAAACCGTGGGAGACTCTGTGTGAAAAGAAGATAAAAGGTGCTGAAGTTTCATTGTTCAGGGATGCTGTCAGGAATGATTTTTACTTCCAACTGTATTGTGATGATCTTCCAGTGTGGGGTTTTGTTGGCAAAATTGATGAACAGAGTTGGTCCCTAGACAAGCAGGGTCCAAAATATTATCTCTTCACACATATTCAGTTTGACGTTTCCTTCAATGGGAACCAAATTGTGGAAGTTAGTGCATTTAGTGATCCAAATCATGTTGTTGATATAACAGATGATGTTGAACTCAATGTCAAGTTCACTTATTCTATTTTTTGGAATGAAACTTCGGCTCGGTATGGAGATAGAATGAATAAGTATTCGAGGGCTTCACTATTGCCTATCAGTCAGAGAATCCACTGGTTTTCATTCCTTAATTCAATTGCTATAATTGTGCTGTTGATGGGATTGCTTACTTTGCTTTTTATGCGACGTCTCAAGAATGATTTGAGGAAGTAATGTCTTGTAAATAAATTCTGCTTGAGTGTTTTAAATTTAATAAAGTTTGTTCTGTAAATTAGCTGACCTTTTTTTTTTTGTGTGTGTTTAGGTGTTCTGGTGGTGATGAAGAGGATGAAAAAGAGGTTGTTGGAAGTATCTTCATGGAGATGTATTTAGATGCCCTCAAAATTTATCCCTCTTTAGTGCTGTTTTGGGTGTCGGTACACAGCTGCTGACTATGTAAGTTAATTTGAACTATTTCTTCTATAAGCTATGTTCATCATAAAATATTGATATGTCAACCGCAATACTAGCTTCTTTATTATGCATTCTGATAACAGAAGAATTGTGTCCATGTATTATCATCATCGGCACTACACTTAATTGCCCGTTTTTTACTGAAGCAACCATGGCTATTGCATTTTAAAATAAGATCATCACTTATTTTCTAGGAAAAACACACTAGTTTTCATAGAGGTCAATGCTGAGCACATAGTACCACCAAAAATGCGACGTTAAATGCATTTGAAATATAGGCATGCATTGGAGTGTAAGGAGTCCTTCAAGGATAAGATATAATGGGTTCAATATTGTATCTCTTTATTTTATTTGAGATTCAATTAAGTACATGTTGGACATAATCAATTGCCTGTTTCCTTTTCAAAAAAAAAAAAGAAAAAACAACAAAAATAACATGGCACTACACGACTGCTGCAAAAGGGAATATAGTTCTAAAGAAAATCTAATTGTATTAATCTATGACTTGAATAAGACATGTAAAAAAAAAACCTTAATGAGCTAAGCCTTTAGAGTTAATTTTTCTCAAGTATTGTTCTATAGATTGTATAACTTTGTTCTCGATTTCTTAAAAAACACCTAAATGATCTAGAAATTGAGAGTTAATATACCTCAAAAACATTTTGTTTCGTTTATGTTATTGAAAGGAAAATGTAACACGTGGCCTGATATTACGATAGGCAGCTTCTCCTTCTTTCAGTGACAAAGAATTGCAAACATGATTGTTGACAGTGACAAATGGGAAATATGTACGCTGACTTCCCATGTCTTTGTTGAGTTAAGCCTAATAATTTAACATGTCATTGACATAGTTGGTGATGATGTTGACACTGTTTTACTTACAGAGAAAAAAAAAAGGCTAAATTATAACAATTACCTTTGAACTTTGCCCTTTGTTTAGAAGATACCCTTATACTTTTAAAAGTTGCAATATTATCCTTGAAATTCCATAAATGTTTCAAAGCTACCTTTGGAGCGGGAGTTCTTTAGAATTTCAAACAACAATCAAGACATGGAATTGTGTGATGAACGGTGACCTAAAACGATATGCAGACAATTTTCGTCTAAAATTTTAAAGAATTTCTACTCCAAGGGTATTTTTGAAACATTTGTGAAAGTTCAAGAGTAACGTAGCTACTTTGAAAGTATATAGCTATTAACCAGAGAATAATGGATAAATAGAAAACTAAATGGTGTCTCTGATAGGAATCTAATCAAGAGATTCTTATTGAAAACAAGAAAAGCCCTAAGCTATTACAATCTCTAATCACAAGAACAAGAACAAAGAACAATGACTATCCCTCACTCTCTAAACTAGAGAGAAGACTCAACTCATAACTATTCTTCTGAAAGTTGCTATCCATCACTCGAGGTACCCGGGGGTTATTGTTCTTGCTAATGAGAGCACTACTGGATTGAGGAAGAGACACACTGGTCGGAGAGCTTTCAAGGCGAAGAACACGCGTGAAAGCATCGTCTAATGATGGAATTTTAGAGTTAGAGAGAATCTGTGCTTTGGCCATTCGAAATTCAGGTAAGAGTATTCAAAAAGATCATAACAACCATATTCTCCCTTTGAGCTTGTAGAACTTTAACATCAGAACTAAAGGGCATAACAAAGAAAACTCGACAGTTATCCTCTTAAGGCGCATAAAGTAGCTGGTAACAGATTCCGCTTTTTGTTCAGCATTGAAAAATTGCATGCAAACTTCAAACATTCTATGTACTTGCTCTTTACGGGAATAAAGAAATTCTAAAAATTCCAAAAGTTCCTTCACAGACTCACAGTGATCAACCAATCCAATTACCTCACTCTCAATGGAGTTTTTGATCTGAAGATATAGTCGGGCATCATCACGAAGCCAATCTTTCTTCTTTGCATCTTCTGGAGGATCATCGGTCATATGACCATCCATATCAGTATTTCTCAAATAGAACAGAATTGTCCGACGCCAGTCATAATAATTAGATCCATTTAGCTTATGTTCTGTGATCTTAGAGGCTAAGGGAATTACGTTAGAAACTACCAAATTCTTTATGTCGGCCATACTAAAGGTTCACACTAATTGTAGTCCACCCAAATAGAAAAAAAACAAACCAAACAGCTGCAAAATTCGACAAAAACAGCCACAAACCCTAGAGCAAGGTCGGAATCTTCAACTTTCGTCAAACCCAAATAATTATTTTATGGAACCAACTGCACAGACAAACCGAAAAGAAGGATCCGAGACAAGCCCAGAAGACGGAGGTCGAAACGAGTCACCACACGCTCTACGTGCTGGCGCGTGGAGGATGTGCGAAGATGTTCTGGCGGCGCGTGAAGCTCACGCACGGAGGTTTCCGATGATCTGCAATGGCATACTGCGGTAGATGGCAGTGGCGCTTCTCATGAGCTGGGCGGTGGCGACAAACAGTTACTCAAAGATGACCTAAATCTAAGCCCTAATGGAGAAGGAAGCCACCAATAAAGATATTTCTAAACCTAATGGCTTTGATACCATGTACTTAATAATTTGAGAAAAATATGTATTTTATTCAATATAGAATCAAAGTAGAGCTACATATATAGAGTACGTAGAAACCCTAGACAGTATGTACAATTACGATAATGGACATGTATAATATAAATATATATCATAACAGAAAGGACTCTGATTGAGTTGATTTTTGCAACCGGAGCAAAATCTCCTGATAATCGATTCCATAGGTTTGAGTAAAGCCTTTAGCTACTAGTCTGGCCTTGTATTTTTCAAGACTACCATCAGCATTACACTTTAATGTAAACACCCATTTTCACCCCACAACCTTCTTATCTTTTGTAAGTTTGTTATTTCCCAAGTTCCACTTTGTCTTAGAGCATTCATTTCTTCCATAACTGCTAGTTTCCAATTTGGATCATTAAGGCTTCTTGTATATTCCTAGGAACAAATAAGTTATCTATCCTAGATGTGAAGGCTTATGTGAAGGTTTTATGACTATTTGAAAATTTTGCATATGAGATGTAATTTACAACGAGATATTTAGTACATGTTCTAGTCCCTTTTCTAATGGCAATAGGAACTTCGAGATCAGAGATAATAGATGAGGTATTTTGAAGATTCGAAATATTGGGAATAGAAGGAGAAGAATGATTACCTGAACTTTCAATCATTGAGAATTGAGGAAGGACTTACAACATCATTTATCGGGGTTTCAAATTGGTTGTGTAGAATCAACTCTCTAGTCTTGGTTCCTTTGATTGTCTACTCTTCTAGTATAAAACTTTAACTCAGGAATTTGACTCGTAGGGCCACTTTGTAGTATTTTTCCCCCTAAATGAGAAATTTCTATATTTGAAGGACTTAAGACGGACATGTCAAGATGACTACCAGGAGAATGTAGTTAAGATATTTCCCAAAAATTATCTTCTACATCTAACTTCTCCTGAAGAGAATTTGGAGTAAAATATGATTGTTTTTCTAAAAAAGACACGTCCATACTCAGACTATTTTTTTTTTGCACAGGATCAAAACATTTGTACCCCTTTTTATTTGAGGAATAACAAAAAAAAAAAAATGCACTTTGTAGCTCTATGATCAAGTTTTGATAAAAAAAGACTAGGTTTGTGAACATATGCAGTGCAACCAAAAACCTTTAAGGGTAAATTAGAGTATATGCGACAAGTTGGAAAACTAGTTTTAAGATATTCAAGAGGGGTTCTTAAATTTAAGACTTTGCTAGGTATCCTATTTATCAAATAGGTAGCTATGAGTATAGCTTCCCCCCATAAATACTTGGGAACATGCATAGAAAACGTTATGGCACGTGCAACTTCAAGTAAATGTCTATTTTTCCGTTCAACAATTCCCTTTTGTTGGGGGTATCAGGACAAGTCGACTGATCTAAAATGCATTTTTCTTTTAAAAAAACACTGTGATAGGAATTGAAATACTCCGTTCTATTATCAGAGTGTAAAATGCTGATTTTGGTTTGCAATTGAGTTTCAATCATATCATAAAATTTTTAAAAAGATCTTTCACCTCATATTTATTTGTCATTAAATAGACCCAAGGTAGACGTGTTTGATCATCAATAAAAGTAACAAACCACTTTTTTCCACTATGAGTCAATTTTAGGACCCCAAACATCACTGTGAACGAGATAAAACGGTTTGGAGGTTTTGTATGGTTTTGGAAAATAGGTAGATCGATGACTTTTTGCAAAAATGCAACTTTCACATTAAAGAGAAGAACAATCCATATTTTTTAACAAATTTGGAAACAAATGTTTAAGATAACGAAAATAAGTATGTCCTAGTCTATGATACCAAAAGCATGATTTGTTGATGACCAGAAGGAGAACTAATACTACTAAGACCCTGAGTTATTTTATTACTGAAAAAACCTTGATCAAAGTAGTAGAGACCATCAGGCATCCTAGCAAGTCCATTTTGATGTCCCAATTCCTGATGTCGAAAAATGCAATGAGAATAAGAAAAGATAACACGACAATTAGAATCTCAACAAAGTTTACTAACAGATAGAAGGTTACATGCTAGTTTAGGAACATGGAGAACTGACTGCAAAGAAAGTTTATTAGTCAATTTAATGGTTCTTTTGCCCGCAATGAGAGATAAACTGCCTTTTGCAACTTTAATTTTTTATTTTCATAAGAAATAGAATATGAATCAAATAGATGAGATGAACCAGTCATGTGATCAAAGGCTTTAGAATCAATATCCATGGAGATGAATTCTTATTGGAAAAGGCGTGAGGGTAGTTACCTGTTTGTCCCAAGGAAACACAAAAATTACCAGATGAGACATTTGGTCATAGCAGTTGTGGAGTTTGATTAATTTGCTCCAGACTAAGGTGAGTTTTAGGCTGCAATAACCCCAACAAAATTAGCACAGTAGACTGAGAACCAAACCAGGAAATAAGATTTTGAACCGGCAGCAACAGAACCGAACTAGAAAAAAAAACCTGGGTGAGCAGTCGATGGCTTTGATTACTGACGGCAACACAACTCTAACTGGAAGTAGGATACACCGATAATTTTGACAGCTAGGGTTCCGGTGGCTGTGGAAAAAGTCGGCGTGCCAAGGGTTAGGGTTAAAAAATATTTCTAACAGATCTGTAAAAGAGAGAAGCCAAACAACAATTCTAGAAAAAGAAAATACCAGAAAAATGAGAGAAATATGGCGGTGACAGGGGTATACGGCGATTGGCAGCTTAGACTTGACCGGCCGGCGGAAAGAAGCAAAATCCTAGAAGGACCCGCGAGAAAAAAGGGCAAAAATTATCTTAAGCTGACGAACTTTGAGGGGCCGACTACGGAGGAAACTGGCAGCGATTCCGGCAGAGACGTGGCAGCCGACAAAATCTAAATGGCCGGCGACGACAGCGGAGGACTAGCAGCGGTGGCGGCAGAAACTAGGGCTTTTTTTTTTATTTTTAAGAAAATTAGGGTTTTTAGGGATTTAATGTTATTTCTTCTCAGATACCAACTTAAATATGGGAAGTAAAAATAATGTAATATTATTCCTCTACATTATTGAACCAAATACAAGGTCTTCTTATATAGAGAAAGACCAACAACAAGTACGGAAAAAATAAATAAGGAAAAAATATAGACAGATAAAAATAATAATAATACAAGAGAAAAGAAAATTCAACAACCGGTTTAGCACGATCATGCATAGATAATGTATGATTATAGAATGCAATTGATCTTCACTGTTCTACTAACACTTCTATCCATAACTAGAAGCATCTGTTTCAATTTCAAAGGGTAAACTAAAATCTTGCAAAGCCAACATTTGTGATGTTACCATAGCATTTTTCAATTTTTCGAATGCCATTTGAGCCTCTTCAGTCCATTCAAAAGCTCCTCCCTTCAACAGCTGGCTCAAGGGAGCTGCTATACTTCATAATTCTACACAAAATGCCTGTAGTACACTGTCAAACCCAAACACCCCCGAACTTCTCTGATATTACTCGGTACTAGCCATTCCATCATTGCTCTCACCTTCTCCGCATCAGCTTGAATTCCCAGGCCAGAAATTAAATGCCCCAAATACTCTACTCTAGCTCTAGTGAACTAACACTTCTTCAAATTATCATACAATTGATTCTCACGGAAAACAGACAGAATTACCTCCAAATGTTTTACTTGTTCTTCCAAATTTCTGCTGTATACTAGAATATCATCAAAGAAAGCCAGCACAAACCTCTGCAAGTACGGTTTAAAAATAGAATTCATTTCATTCCTGAAAAGTGGAAGGTGCATTTGTCAGTCTAAATGGCATTACTTAGAACTCATAGTGCCCTTCATGAGTTCTAAAGACTGTCTCTTTTATATCTACCTGATGCATCCTTATTTGATGATACGCCTTCAAATCAATCTCAGAAAGCATGCTGGCACATTTAACTCATCAAGAAGTTCTTCAATAACAGGAATTGGAAACTTATCTAGAATAGTTCCATTCTTTAGAGCTTTGTAATCAACACAAAATCTTCATCCTCCATCCTTCTTTCTTACCAAAAGAACATGGCTCAAATAAGGACTAGTACTCGGTCGTATAATATCTAAGGACAGCATTTCATCCACCAATTTCTCCATCTCCTCTTTTTGTTGGTAAGCATAACGATAAAATCTAACATTAACGGATTTGCCCCTTTCTTCAAATGAATACAATGCTCAATATCACGCTTCAGTGGTAATTCTTCTGACCACTCAAAAACTTCTTCAAATTTATACAACAATGTTGGAACTGACTCAAATATTGTATAAACTTCATCAACTCAATACAATTCCGCTAGAGATACACCTCCCTCCACTGCTCTGCATTCAATCAAATAACCTTGATCTTGATCTGTCCAAGACTTGATCATACTCTCGAACTAACTCGAGCCTTATTCAAACTCGGATCCCCTTTCAACACTATTGAACGTTCTCCTTGATTGAAAGTCGTTGTTAGATTACGCCAATCAACTTTCATTACTCCCAAAGAATGTAACCCTTGCATTCCCAATATCACGTCTACCCTCCCAACTCCAGTTGAAGAAAATCATCCCTCACTACCAATTCCTGAATCATAGTTCAACCAAATTACACACTCCTTTTTCTCATACAGCCGATTCCGATCCCAAAATTACTCCATAATTGGAAGTTTCCAACATCGGCTGTTGTAAAATGGTTACTAAATTCTGAAGTATGAAATTGTGTTGCTCTACACTCGATGAAGACTACTACCGATCTCCATATCTTTTCGTTCAATTTCATCGTTCCAAGATTCGTTAACCCTACCACCAAGTTAATCGAGAATTCCGCCACTAGTTCTAACACAATCTCCACCATAATTTTATTTAATTCCACTTGATCTTCCACCGCTTCCACATCGTCGACTACTTCAATCTCCTCTTCATTTGCTTGAATCACCAAAATATGCAACTTTCTTTGTTCTCGAATTTTGCATTGATGACCCATTGTATGGTGCTCATTACATCGAAAACATAATCCCTTCTCTTTCCTGGCTTGGAATTTCACATCCTACAACTGTTTAACAAGTCCATCTCGCCGATTTCCTATCGTTGCTTGCTCCTTGTAACATAATCGTTCTTATCGGCATTGGTCAGGTAGGTTTCACATTTTCCTTCATAACAATAGGAGTATTGTTCTTAACACTAATATTAAGAAGGTTAAAAAAACACTTTTGACCCCTAACTTTCATAAAAGTAACAATTTAGTCTATGAATTTTGATTTGTAACGAAGCCCTACATTTATAATTTTGTACCAATTTAGTTCTTGAACTTTAGTCCTTATACTTTCAAATTTGTAACAATCTAGTCCCAGACATAAAAGAAAATTCATTAAAACTTGATGTCAATTTTTATTATTTTATGATTATGATGTAGGCTTTGTATTTTATAAAAGTAACGAGTCTCTAATTAGTTTTTGGTTTATTTATGCAAAAAATCTCTTTAAATTTTCACACTAATTTCTAAGATAGAGACTAAATTGTTACAAATTTTAAAATATAAGGACTAAATTGTTACATAGTAAAGGACAAGGACTAAATTGTTACACAATTAAGAGTTTAAAGACTAAATCATTACAAAACAAAGTTCAAGAACTAAATTATTACTTCTATGAAAGTTTAAGGACTGGTTTTTAACCATTAATTTGGGTCTTACCTTCAAACGAATTATTTAGGTCAACGTTGATCCATGATAAGTTGCGATTCTCAACTCGTTGGGTCAATTTCATCATTTGTTCTAGCCCAACGTGCTCCCAACATTCTATTTCAGTCTTGATCCACAGTGTAAGCCTATTCATGAATGTCTCTTCCAATACTTCGATTGGTAAATGTGGAAGTGTACCAACTAACTTATCAAATAAGTTTTGATATTCCTTCACTGTTGACTCATGTTTTATCGCCAAGAATTTTCACAAATTGAACCTCCTCTCAGCGATCGAAGCCAAACAAGCAATTGCTACTTCAAATCCTTCCAATCTTTGAACGACTCTCGTTCTTCCTTGGATCGGTACCAATCTAATGTCCTTCCTTGAAAGTGATAACTGCAACCGTCATCTTCTCTGATTCCATCAACTTGTGGATCTGAAAATACCGATCAACTCTGAATAACCACGAATTTGGATCTGTTCCATTGAAAATCAACATTTCGACTTTCTTAAACTTATTTCGATCCTGAATTACATCATCTACTCCTGATTTTGCTACTTCCGCCAATACTTCCTTCGTTCCTTCATTAATTCCTCCTGTGTCTGTGTTACTTCCAGATTCCTCAACTGTTGCACATGCAGTTGATTGGTCTTTCATTACTTCCGTTATCAACATCGCCATCATTTTCTGTTGCTTCTTAGTCTTGATCTCTAAGTCCTACACTTTTGGCTAATGAAGCCAAATTTTCTTCCATTACTGGTAATTTCTTAATTTCAACTCGGACTTCCGAAATCTCACGATCTAACGCTTGATGCTTCAATCTTCTCCACGAATCACCTTTGTGTCATTTTACCTATCCTTCATAGGTTGATGCTCTGATTGATAGGAATCTAATCAAGAGATTCTTTTTGAAAACTTGAAAAGCCCCAAGGTCAACATTCTCCAATCACAAGAACAAGAACAAAGAACAAAGAACAAAGAACAATGATTATCCCTCTCTCTCTAAACTAGAGAGAAGACTCAACTCATCCAAAAGATAATATGATATCCTCTCCTTCTCCAGACTTTCCTATATCACTCACTACCTCTGGTCTCCCTTCTCCAAACTAACATTGGAAGCCATGCTTCCACACACACGTGCTTTACCTTTTTCACCCATCCTTCTTTATGTCAACAAAATAGGTGGCCTAACTGTCTCCTAGTAGAAAGTTGGAAATTGGTACCTGAAGTGACAAATAGCAGAGCGGACAAAGGAATGTTCCATGATTGGATTTATCTTTCCCTTTATGGAAAAAGTTTTGATTTTTGGCAAATCTAGAGAGAAAAGAGCAGAAGAGGAGATGATCTTGTGATCTGTTTTAAGTATCATAAATTAAGTACTGTTGTTAGAACACAAGCATGCCTACAAAAAAACAAAAAAACAAAAAAAGGGGGGAAAAGAAAAGAAAGGAAGAAAGGAACAAAAAAAGAAGAAGAATGGAAGAAAGCAGATTGGACTTGTGTTTTCTCTTTTCATCCATGAAAGGGACTTGGATTTCTGGAAAATCTAGAGAGAAAGGGAGAGGGTGAGGTAGGCTTGATCATGGTTGCCTCTCATTTATTTTGCTAAGATGAATCATGAAATGGGACCGTATTCTCCACAGCGAGATAGTGGAGTGGGCAAAGTTGGGGGCTGCTAGACAGTTTTTCAACCTGATGGACTATCGAGCTTATAAAACTGTATAGCAATAGTTCAGCACAATTAAATGACAAAATTGCAATTTATTCGCGGCATACCTTGTATATCAGGGTGATCCAGTTTTTCTATAGCAATGGTTCCCCTTTCTTGTTTCCCCTAGTCTTCTAACATTTCTGCCGTTGTATATGTTAATTGTTATGTAAAATTTTCCTTCCAAGTTATGTTAAGAGTCCGTTACTCGTGCAATTACAACAGATTGCGGAGAGAAAAGTGTTTTGACCCATTATACCAATGTATTATTTTTATGAGGCTAGCACAGTAGTCATTTTAAGTGTGATTATCATCAAATCTAGAATTATTTCCCTCATTTTGTGCATTTTTTCCAACAGGTTTTGCTGTTTATTTCTTCTCGCGTTTCTGGGGATCCTTTACCCATACAATCGAGGATCACTATTCACTTCCATTATTTTGATCTATTCTCTTACGTCTGTGGTTTCTGGGTATATATCTGCTTCTTTCCACTGCCAGTTTGCCGAGATTGGATGGGTAAATTTTCCTTCTCTGTGTTAACTCTGATATATTTTTTTGCCATATTCTTAATGACATGTGATCTTTTGCCATTTCCTTCTCTCTTTTGATTTCAACTTTGTATTTGCAGGAGAGAAGTGTTATTTTATCCGGGATTTTGTATATGGGGCCATCATTCGTCATAATTTCTATCCTAAATATTGTTGCAATATCTAATGGAGCTACTGCAGCATTGCCTATTGGCACCATCATAGTGATTCTTCTCATATATATTTTTATCAGCCTCCCATTGCTTGCATTTGGTGGTATAATAGGACACCGCTTTAGATCCGAGTTTCAAGCGCCTTGCGCCACCAAGCGAAACCCACGAGAGATTCCTCCTCTGGCTTGGTTCAGAAAACTTCCATGTCAAATGTTCATTAGTGGTCTGCTGTCATTCAGCGCAGTTGTTCTTGAATTACATCACTTGTATGCAAGCATGTGGGGATTCAAAATTTTCACACTTCCTAGCATTTTGTTCATCACATTCATCATCCTTATCATACTCACTGCAATCTTAAGCGTCGGTTTAACTTACATTCAGCTATCAGTTGAAGATCATCAATGGTGGTGGAGGTATCTATTATATTATGTCCAACTTTCATGATGCATGTTTGTTCTTTTTGAGATTGTCATCCATTTTATAATTACTGCCTTTTTGACTTTTCAGATCGGTGTTCTCCGGTGGCTCAACTGCCATCTTTATGTTTGGATATTGCATATACTTCTACGCCAGATCAAATATGAATGGTTTCTTGCAGCTATGCTTCTTCATAGGGTATAATGCTTGTATATGTTACGCATTCTTCCTGATGCTAGGAGTTATAGGTTTTTGTGTTTCCTTGATTTTCGTTCGTCGTATTTACGATGCTGTCAAAAGTGAATGA ATGTCTATGTCTCTTCTTGAATTCATTACCATTTTGGTGCTTTTCGATTCCCTGTGCTTCTCATCTCGTCTCTCTACTGCTTCGCCGCTCAATCACCAGTATAATGTCGGAGATCCCGTTCCGTTATTCGTCAACAAGGTCGGACCTTTGACCAACCCCAGTGAGACCTACCAATACTATGAATTACCGTTCTGCCGTCCAGATCCAGTAGTCCAAAAGAAAGCAACCTTGGGGGAGGTTTTAAATGGTGATCGGCTGAGTGGTGCCTTGCATGTGATAAAATTTAGGGAAGAGAAACCGTGGGAGACTCTGTGTGAAAAGAAGATAAAAGGTGCTGAAGTTTCATTGTTCAGGGATGCTGTCAGGAATGATTTTTACTTCCAACTGTATTGTGATGATCTTCCAGTGTGGGGTTTTGTTGGCAAAATTGATGAACAGAGTTGGTCCCTAGACAAGCAGGGTCCAAAATATTATCTCTTCACACATATTCAGTTTGACGTTTCCTTCAATGGGAACCAAATTGTGGAAGTTAGTGCATTTAGTGATCCAAATCATGTTGTTGATATAACAGATGATGTTGAACTCAATGTCAAGTTCACTTATTCTATTTTTTGGAATGAAACTTCGGCTCGGTATGGAGATAGAATGAATAAGTATTCGAGGGCTTCACTATTGCCTATCAGTCAGAGAATCCACTGGTTTTCATTCCTTAATTCAATTGCTATAATTGTGCTGTTGATGGGATTGCTTACTTTGCTTTTTATGCGACGTCTCAAGAATGATTTGAGGAAAGGTTGTTGGAAGTATCTTCATGGAGATGTATTTAGATGCCCTCAAAATTTATCCCTCTTTAGTGCTGTTTTGGGTGTCGGTACACAGCTGCTGACTATGTTTTGCTGTTTATTTCTTCTCGCGTTTCTGGGGATCCTTTACCCATACAATCGAGGATCACTATTCACTTCCATTATTTTGATCTATTCTCTTACGTCTGTGGTTTCTGGGTATATATCTGCTTCTTTCCACTGCCAGTTTGCCGAGATTGGATGGGAGAGAAGTGTTATTTTATCCGGGATTTTGTATATGGGGCCATCATTCGTCATAATTTCTATCCTAAATATTGTTGCAATATCTAATGGAGCTACTGCAGCATTGCCTATTGGCACCATCATAGTGATTCTTCTCATATATATTTTTATCAGCCTCCCATTGCTTGCATTTGGTGGTATAATAGGACACCGCTTTAGATCCGAGTTTCAAGCGCCTTGCGCCACCAAGCGAAACCCACGAGAGATTCCTCCTCTGGCTTGGTTCAGAAAACTTCCATGTCAAATGTTCATTAGTGGTCTGCTGTCATTCAGCGCAGTTGTTCTTGAATTACATCACTTGTATGCAAGCATGTGGGGATTCAAAATTTTCACACTTCCTAGCATTTTGTTCATCACATTCATCATCCTTATCATACTCACTGCAATCTTAAGCGTCGGTTTAACTTACATTCAGCTATCAGTTGAAGATCATCAATGGTGGTGGAGATCGGTGTTCTCCGGTGGCTCAACTGCCATCTTTATGTTTGGATATTGCATATACTTCTACGCCAGATCAAATATGAATGGTTTCTTGCAGCTATGCTTCTTCATAGGGTATAATGCTTGTATATGTTACGCATTCTTCCTGATGCTAGGAGTTATAGGTTTTTGTGTTTCCTTGATTTTCGTTCGTCGTATTTACGATGCTGTCAAAAGTGAATGA ATGTCTATGTCTCTTCTTGAATTCATTACCATTTTGGTGCTTTTCGATTCCCTGTGCTTCTCATCTCGTCTCTCTACTGCTTCGCCGCTCAATCACCAGTATAATGTCGGAGATCCCGTTCCGTTATTCGTCAACAAGGTCGGACCTTTGACCAACCCCAGTGAGACCTACCAATACTATGAATTACCGTTCTGCCGTCCAGATCCAGTAGTCCAAAAGAAAGCAACCTTGGGGGAGGTTTTAAATGGTGATCGGCTGAGTGGTGCCTTGCATGTGATAAAATTTAGGGAAGAGAAACCGTGGGAGACTCTGTGTGAAAAGAAGATAAAAGGTGCTGAAGTTTCATTGTTCAGGGATGCTGTCAGGAATGATTTTTACTTCCAACTGTATTGTGATGATCTTCCAGTGTGGGGTTTTGTTGGCAAAATTGATGAACAGAGTTGGTCCCTAGACAAGCAGGGTCCAAAATATTATCTCTTCACACATATTCAGTTTGACGTTTCCTTCAATGGGAACCAAATTGTGGAAGTTAGTGCATTTAGTGATCCAAATCATGTTGTTGATATAACAGATGATGTTGAACTCAATGTCAAGTTCACTTATTCTATTTTTTGGAATGAAACTTCGGCTCGGTATGGAGATAGAATGAATAAGTATTCGAGGGCTTCACTATTGCCTATCAGTCAGAGAATCCACTGGTTTTCATTCCTTAATTCAATTGCTATAATTGTGCTGTTGATGGGATTGCTTACTTTGCTTTTTATGCGACGTCTCAAGAATGATTTGAGGAAAGGTTGTTGGAAGTATCTTCATGGAGATGTATTTAGATGCCCTCAAAATTTATCCCTCTTTAGTGCTGTTTTGGGTGTCGGTACACAGCTGCTGACTATGTTTTGCTGTTTATTTCTTCTCGCGTTTCTGGGGATCCTTTACCCATACAATCGAGGATCACTATTCACTTCCATTATTTTGATCTATTCTCTTACGTCTGTGGTTTCTGGGTATATATCTGCTTCTTTCCACTGCCAGTTTGCCGAGATTGGATGGGAGAGAAGTGTTATTTTATCCGGGATTTTGTATATGGGGCCATCATTCGTCATAATTTCTATCCTAAATATTGTTGCAATATCTAATGGAGCTACTGCAGCATTGCCTATTGGCACCATCATAGTGATTCTTCTCATATATATTTTTATCAGCCTCCCATTGCTTGCATTTGGTGGTATAATAGGACACCGCTTTAGATCCGAGTTTCAAGCGCCTTGCGCCACCAAGCGAAACCCACGAGAGATTCCTCCTCTGGCTTGGTTCAGAAAACTTCCATGTCAAATGTTCATTAGTGGTCTGCTGTCATTCAGCGCAGTTGTTCTTGAATTACATCACTTGTATGCAAGCATGTGGGGATTCAAAATTTTCACACTTCCTAGCATTTTGTTCATCACATTCATCATCCTTATCATACTCACTGCAATCTTAAGCGTCGGTTTAACTTACATTCAGCTATCAGTTGAAGATCATCAATGGTGGTGGAGATCGGTGTTCTCCGGTGGCTCAACTGCCATCTTTATGTTTGGATATTGCATATACTTCTACGCCAGATCAAATATGAATGGTTTCTTGCAGCTATGCTTCTTCATAGGGTATAATGCTTGTATATGTTACGCATTCTTCCTGATGCTAGGAGTTATAGGTTTTTGTGTTTCCTTGATTTTCGTTCGTCGTATTTACGATGCTGTCAAAAGTGAATGA MSMSLLEFITILVLFDSLCFSSRLSTASPLNHQYNVGDPVPLFVNKVGPLTNPSETYQYYELPFCRPDPVVQKKATLGEVLNGDRLSGALHVIKFREEKPWETLCEKKIKGAEVSLFRDAVRNDFYFQLYCDDLPVWGFVGKIDEQSWSLDKQGPKYYLFTHIQFDVSFNGNQIVEVSAFSDPNHVVDITDDVELNVKFTYSIFWNETSARYGDRMNKYSRASLLPISQRIHWFSFLNSIAIIVLLMGLLTLLFMRRLKNDLRKGCWKYLHGDVFRCPQNLSLFSAVLGVGTQLLTMFCCLFLLAFLGILYPYNRGSLFTSIILIYSLTSVVSGYISASFHCQFAEIGWERSVILSGILYMGPSFVIISILNIVAISNGATAALPIGTIIVILLIYIFISLPLLAFGGIIGHRFRSEFQAPCATKRNPREIPPLAWFRKLPCQMFISGLLSFSAVVLELHHLYASMWGFKIFTLPSILFITFIILIILTAILSVGLTYIQLSVEDHQWWWRSVFSGGSTAIFMFGYCIYFYARSNMNGFLQLCFFIGYNACICYAFFLMLGVIGFCVSLIFVRRIYDAVKSE Homology
BLAST of PI0014804 vs. ExPASy Swiss-Prot
Match: F4HW17 (Transmembrane 9 superfamily member 5 OS=Arabidopsis thaliana OX=3702 GN=TMN5 PE=2 SV=1) HSP 1 Score: 660.2 bits (1702), Expect = 2.1e-188 Identity = 323/586 (55.12%), Postives = 440/586 (75.09%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy Swiss-Prot
Match: Q940S0 (Transmembrane 9 superfamily member 2 OS=Arabidopsis thaliana OX=3702 GN=TMN2 PE=2 SV=1) HSP 1 Score: 612.1 bits (1577), Expect = 6.7e-174 Identity = 305/588 (51.87%), Postives = 413/588 (70.24%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy Swiss-Prot
Match: Q9ZPS7 (Transmembrane 9 superfamily member 3 OS=Arabidopsis thaliana OX=3702 GN=TMN3 PE=2 SV=1) HSP 1 Score: 606.3 bits (1562), Expect = 3.7e-172 Identity = 299/588 (50.85%), Postives = 416/588 (70.75%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy Swiss-Prot
Match: Q9FHT4 (Transmembrane 9 superfamily member 4 OS=Arabidopsis thaliana OX=3702 GN=TMN4 PE=2 SV=1) HSP 1 Score: 601.3 bits (1549), Expect = 1.2e-170 Identity = 298/594 (50.17%), Postives = 410/594 (69.02%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy Swiss-Prot
Match: Q54ZW0 (Putative phagocytic receptor 1b OS=Dictyostelium discoideum OX=44689 GN=phg1b PE=2 SV=1) HSP 1 Score: 450.3 bits (1157), Expect = 3.4e-125 Identity = 228/588 (38.78%), Postives = 355/588 (60.37%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy TrEMBL
Match: A0A1S3CEK7 (Transmembrane 9 superfamily member OS=Cucumis melo OX=3656 GN=LOC103500073 PE=3 SV=1) HSP 1 Score: 1104.7 bits (2856), Expect = 0.0e+00 Identity = 558/594 (93.94%), Postives = 569/594 (95.79%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy TrEMBL
Match: A0A5A7SVZ3 (Transmembrane 9 superfamily member OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold862G00090 PE=3 SV=1) HSP 1 Score: 1103.2 bits (2852), Expect = 0.0e+00 Identity = 557/594 (93.77%), Postives = 568/594 (95.62%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy TrEMBL
Match: A0A6J1CMI0 (Transmembrane 9 superfamily member OS=Momordica charantia OX=3673 GN=LOC111012633 PE=3 SV=1) HSP 1 Score: 1039.3 bits (2686), Expect = 6.2e-300 Identity = 524/593 (88.36%), Postives = 552/593 (93.09%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy TrEMBL
Match: A0A6J1EWC1 (Transmembrane 9 superfamily member OS=Cucurbita moschata OX=3662 GN=LOC111438513 PE=3 SV=1) HSP 1 Score: 1028.9 bits (2659), Expect = 8.4e-297 Identity = 512/593 (86.34%), Postives = 549/593 (92.58%), Query Frame = 0
BLAST of PI0014804 vs. ExPASy TrEMBL
Match: A0A6J1I507 (Transmembrane 9 superfamily member OS=Cucurbita maxima OX=3661 GN=LOC111469274 PE=3 SV=1) HSP 1 Score: 1025.8 bits (2651), Expect = 7.1e-296 Identity = 514/593 (86.68%), Postives = 548/593 (92.41%), Query Frame = 0
BLAST of PI0014804 vs. NCBI nr
Match: XP_008461493.1 (PREDICTED: transmembrane 9 superfamily member 5 isoform X1 [Cucumis melo]) HSP 1 Score: 1104.7 bits (2856), Expect = 0.0e+00 Identity = 558/594 (93.94%), Postives = 569/594 (95.79%), Query Frame = 0
BLAST of PI0014804 vs. NCBI nr
Match: KAA0035432.1 (transmembrane 9 superfamily member 5 isoform X1 [Cucumis melo var. makuwa] >TYK25719.1 transmembrane 9 superfamily member 5 isoform X1 [Cucumis melo var. makuwa]) HSP 1 Score: 1103.2 bits (2852), Expect = 0.0e+00 Identity = 557/594 (93.77%), Postives = 568/594 (95.62%), Query Frame = 0
BLAST of PI0014804 vs. NCBI nr
Match: XP_004139482.1 (transmembrane 9 superfamily member 5 isoform X1 [Cucumis sativus] >KAE8652805.1 hypothetical protein Csa_022835 [Cucumis sativus]) HSP 1 Score: 1101.7 bits (2848), Expect = 0.0e+00 Identity = 558/593 (94.10%), Postives = 568/593 (95.78%), Query Frame = 0
BLAST of PI0014804 vs. NCBI nr
Match: XP_038895076.1 (transmembrane 9 superfamily member 5 isoform X1 [Benincasa hispida]) HSP 1 Score: 1073.9 bits (2776), Expect = 4.5e-310 Identity = 539/593 (90.89%), Postives = 561/593 (94.60%), Query Frame = 0
BLAST of PI0014804 vs. NCBI nr
Match: XP_022142546.1 (transmembrane 9 superfamily member 5 isoform X1 [Momordica charantia]) HSP 1 Score: 1039.3 bits (2686), Expect = 1.3e-299 Identity = 524/593 (88.36%), Postives = 552/593 (93.09%), Query Frame = 0
BLAST of PI0014804 vs. TAIR 10
Match: AT1G08350.2 (Endomembrane protein 70 protein family ) HSP 1 Score: 660.2 bits (1702), Expect = 1.5e-189 Identity = 323/586 (55.12%), Postives = 440/586 (75.09%), Query Frame = 0
BLAST of PI0014804 vs. TAIR 10
Match: AT1G14670.1 (Endomembrane protein 70 protein family ) HSP 1 Score: 612.1 bits (1577), Expect = 4.7e-175 Identity = 305/588 (51.87%), Postives = 413/588 (70.24%), Query Frame = 0
BLAST of PI0014804 vs. TAIR 10
Match: AT2G01970.1 (Endomembrane protein 70 protein family ) HSP 1 Score: 606.3 bits (1562), Expect = 2.6e-173 Identity = 299/588 (50.85%), Postives = 416/588 (70.75%), Query Frame = 0
BLAST of PI0014804 vs. TAIR 10
Match: AT5G37310.1 (Endomembrane protein 70 protein family ) HSP 1 Score: 601.3 bits (1549), Expect = 8.4e-172 Identity = 298/594 (50.17%), Postives = 410/594 (69.02%), Query Frame = 0
BLAST of PI0014804 vs. TAIR 10
Match: AT1G08350.1 (Endomembrane protein 70 protein family ) HSP 1 Score: 564.7 bits (1454), Expect = 8.7e-161 Identity = 275/506 (54.35%), Postives = 380/506 (75.10%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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